Emily Clarke

What is an Emissions Baseline?

When measuring change, it's always important to get a baseline reading first. In some sciences, this can be referred to as a control against which variables are measured. When it comes to measuring emissions, however, a carbon baseline is usually the preferred way to describe a scientific control.

A carbon baseline is a reading of carbon emissions that needs to be established to determine whether reduction measures are successful. In general, the baseline reading is used to describe the average amount of output. By getting a baseline reading first, the degree to which reduction efforts are successful or not can be more accurately measured. For more information about carbon baseline, visit the website.

How is an Emissions Baseline Established?

Establishing a baseline for carbon emissions can be done in numerous ways. No one standard is used across all carbon-emitting industries, so baseline readings and the techniques used to measure them can vary.

In some cases, a specific measurement will be taken at the emissions site. This may be done using measuring equipment that is connected directly to exhausts.

Another way of establishing a baseline for carbon emissions is to measure the air quality in and around a region. This provides an average amount of carbon emissions for a given region. While this latter method may be less accurate, it can provide a larger view of the impact of carbon emissions as well as the effect of reduction efforts.

Measuring Changes over Time

With a baseline established, measurements then need to be taken periodically to see if emissions have gone up or down in relation to reduction efforts. This means that reducing carbon emissions is not generally considered a one-time effort. Instead, it is something that companies will usually pursue for weeks, months or even years.

When these measurements are taken over time, they are compared to the original baseline reading. If the new measurements are flat, meaning they are equivalent to the baseline, this can usually indicate that reduction efforts have had no effect. What needs to be accounted for in such a scenario is whether the output has changed. If the output has increased along with reduction efforts, this can produce a flat result.

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Emily Clarke is providing info about a single platform for your oil and gas software solutions. You can find her thoughts at gas supply chain software blog.